Top Tech Jobs & Startup Jobs

Design and develop mechanical components and systems using Creo and Windchill, including 3D models, 2D drawings, and specification documentation. Collaborate with suppliers, customers, manufacturing, and validation teams to create cost-effective designs. Document engineering decisions and analysis, support prototypes, address quality issues, identify root causes, and drive corrective actions.

Supports mechanical product development from concept through production release for fuel injector systems. Creates 3D models and drawings, coordinates engineering analyses, conducts measurements and validation testing, investigates failures using root-cause methods, and collaborates with suppliers, manufacturing, testing, and engineering teams. Maintains technical documentation, supports prototype and production builds, and presents findings to stakeholders.

Supports centrifugal casting process development through equipment preparation, experimental execution, design of experiments, data analysis, troubleshooting, and process improvement. The role develops manufacturing parameters and documentation while improving safety, quality, traceability, cost, and production flow. Approximately 75% of the work occurs on the shop floor, requiring collaboration with engineers, technicians, and production personnel. The engineer also reviews drawings, applies GD&T, communicates technical findings, and provides shift handoffs. Domestic travel up to 25% is required.

Designs and develops power electronics and microprocessor-based embedded hardware for vehicle and equipment applications. Responsibilities include circuit design, simulation, worst-case analysis, integration, verification, validation, documentation, and production support. The engineer collaborates with manufacturing, quality, and supply management teams while providing onsite technical support. Preferred experience includes inverters, DC/DC converters, battery management electronics, rugged environments, hybrid or electric vehicles, circuit simulation, and FPGA-based designs.

Supports assembly and manufacturing operations in a high-volume facility by troubleshooting equipment, tooling, and process issues; improving standard work, workflows, line balancing, capacity, safety, quality, and productivity; supporting root-cause investigations, corrective actions, continuous improvement, and new product introductions; and maintaining engineering documentation and validation records.

Supports high-volume manufacturing operations through process optimization, equipment and tooling implementation, continuous improvement, facility layout optimization, documentation, capital projects, and new product introduction. Collaborates with quality, operations, maintenance, safety, and engineering teams to troubleshoot production issues, improve safety and efficiency, enhance product quality, and implement manufacturing solutions on the production floor.

Coordinate supply chain implementation of continuous product improvements across engineering, manufacturing, purchasing, operations, and support teams. Manage product change effects, component phase-ins and phase-outs, inventory risks, implementation timing, and readiness across global locations. Develop project status reports, dashboards, and visualizations, identify process improvements, and reduce disruptions, obsolescence, scrap, and rework. The role requires cross-functional project coordination, supply chain knowledge, and up to 10% travel.

Develops production-quality C++ software for autonomous and semi-autonomous machine localization, positioning, navigation, and state estimation. Designs algorithms using GNSS, inertial sensors, perception systems, and filtering techniques; researches and deploys localization solutions; and supports architecture, testing, validation, documentation, functional safety, and product quality. Collaborates cross-functionally and mentors junior engineers.

Design, develop, test, debug, and maintain C++ embedded software and firmware throughout the product lifecycle. Collaborate with hardware and engineering teams on requirements, architecture, interfaces, verification, validation, and deployment. Optimize real-time systems, resolve defects through root-cause analysis, maintain technical documentation, participate in code reviews, and support product launches and ongoing enhancements.

Designs and develops mechanical components and systems for off-highway equipment, including frame structures and sheet metal parts. Creates 3D models and engineering drawings using model-based definition and GD&T. Collaborates with stakeholders, suppliers, fabrication teams, and factory personnel to support production builds and fit-ups. Manages multiple projects, communicates design changes, and troubleshoots mechanical issues while meeting deadlines.